Maximizing SSPA weather radar performance from end to end
10 am Paris / 4 pm Singapore
Climate change is driving more frequent and severe weather, making accurate forecasting more critical than ever.
In this webinar, we will explore how modern solid-state weather radars, advanced signal processing, and next-generation software work together as an integrated system to deliver higher data quality, better availability, and more actionable insight for weather-critical operations.
What will we cover
- How solid-state weather radars with compact design improve sensitivity, range, and reliability while reducing lifecycle costs and maintenance needs.
- How advanced signal processing – including enhanced reflectivity, hybrid pulsing, continuous runtime calibration, and extremely long pulses – maximizes data quality from near range to long range.
- How IRIS Focus software, integrating multisensor data (radar, lidar, lightning, satellite), and nowcasting capabilities turn observations into better forecasts, warnings, and operational decisions across meteorology, aviation, hydrology, and urban resilience use cases.
- See the 99,9 % data availability report from the Estonian Environment Agency’s first SSPA C-band radars
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Speakers:
Matias Hamm
Product Manager, Weather Radars
Matias Hamm is the Product Manager for Weather Radars with over a decade of experience in managing product development for weather instruments. His tenure includes leadership roles in R&D projects for Vaisala SSPA radars, where he utilized his technical expertise and strategic acumen to drive product excellence. Matias holds a Master's degree in Industrial Economics and Mechanical Engineering.
Ludovic Thobois
Product Manager, IRIS Focus and TLP software
Ludovic Thobois is a Product Manager for IRIS Focus and TLP software at Vaisala, working at the intersection of weather radar, wind lidar, lightning sensing, and operational meteorology software. He focuses on translating advanced remote-sensing technologies into scalable, user-oriented solutions for customers in meteorology, aviation, and other weather-critical industries. His work spans remote sensor data and signal-processing concepts, multi-sensor integration, and the evolution of web-based applications that turn observations into actionable decision support.